Required Senior Mechanical Engineer
Description
A fast-growing global medical device company, developing and manufacturing innovative drug delivery and infusion solutions across the continuum of care: from the hospital to the home. As part of our growth and commitment to innovation, we are expanding our R&D department and looking for a Senior Mechanical Engineer to join our Mechanical team in the R&D department. Join us as we continue to grow and make a meaningful impact on healthcare worldwide
Mechanical design and development of multidisciplinary medical devices, primarily infusion pumps and related accessories, with a focus on mechanism development and compact electro-mechanical packaging.
Lead the mechanical aspects of the design and development of new products, from concept through production, while providing ongoing engineering support for the companys existing product portfolio
Direct Manager: Mechanics & HW Director.

Eitan Medical is a fast-growing global medical device company, developing and manufacturing innovative drug delivery and infusion solutions across the continuum of care: from the hospital to the home. As part of our growth and commitment to innovation, we are expanding our R&D department and looking for a Senior Mechanical Engineer to join our Mechanical team in the R&D department. Join us as we continue to grow and make a meaningful impact on healthcare worldwide Mechanical design and development of multidisciplinary medical devices, primarily infusion pumps and related accessories, with a focus on mechanism development and compact electro-mechanical packaging. Lead the mechanical aspects of the design and development of new products, from concept through production, while providing ongoing engineering support for the company’s existing product portfolio
Direct Manager Mechanics & HW Director

We are looking for a talented Mechanical Design Engineer to join our dexterous hands development team. You will work alongside senior engineers who lead this field and bring extensive experience in miniature mechanisms.
This is a highly hands-on position in a fast-moving, multidisciplinary environment. You will take mechanisms from early concepts through detailed design, prototyping, testing, iteration, and preparation for production.
Responsibilities:
Design compact, high-performance mechanisms for dexterous robotic hands, fingers, and wrists.
Develop joints, transmissions, actuation systems, tendon or cable-driven mechanisms, and sensor-integrated components.
Perform kinematic, force, tolerance, and structural analyses.
Create detailed 3D CAD models, assemblies, production drawings, and bills of materials.
Build and assemble prototypes and conduct hands-on mechanical testing.
Design test fixtures and define practical validation procedures.
Investigate failures, identify root causes, and rapidly implement design improvements.
Select materials, bearings, fasteners, springs, cables, actuators, sensors, and manufacturing processes.
Work closely with controls, electronics, software, industrial design, and manufacturing engineers.
Collaborate with suppliers and support the transition from prototypes to repeatable production.

A leading Defense-Tech startup, developing advanced electro-optical systems for real-world defense applications, is looking for a Senior Mechanical Design Engineer to join the R&D team and take a hands-on role in designing and developing mechanical systems and assemblies, from concept through production. The role offers significant ownership and involvement in solving complex engineering challenges.



Responsibilities

Lead end-to-end mechanical development, from concept and design through production and field support.
Design, prototype, test, and validate mechanical systems and components.
Design cameras, lenses, enclosures, and electromechanical assemblies.
Optimize designs for performance, reliability, and manufacturability.
Create and maintain technical drawings, specifications, and test procedures.
Own multiple projects and independently drive solutions to complex mechanical challenges.
Collaborate with multidisciplinary teams to deliver integrated, production-ready solutions.
Work with manufacturing technologies including CNC, sheet metal, molding, and 3D printing.
Design mechanisms and enclosures for harsh environmental conditions.
Support vibration and shock testing and qualification.

We are a well-funded medical technology startup developing innovative solutions designed to improve the care and recovery of ICU patients. Our smART+ platform is an intelligent, sensor-based feeding system designed for critical care patients. By continuously monitoring and analyzing nutritional and gastric parameters in real time, the platform aims to prevent serious hospital complications, including ventilator-associated pneumonia, malnutrition, and acute kidney injury Our vision is to bring Nutrition Management 2.0 to critical care-using smart technology and Real-Time data to optimize nutritional care, achieve up to 100% feeding efficiency, improve the standard of care, and help ICU patients recover faster. We are looking for a talented and hands-on Mechanical Engineer to join our growing engineering team and play a key role in turning innovative medical technology into reliable, production-ready products. What youll do: As part of our collaborative, multidisciplinary engineering team, you will: Design and develop mechanical equipment for mass-production lines.
* Translate engineering concepts into practical, manufacturable solutions
* Create and maintain engineering documentation, including ECOs, process validations, work instructions, routing cards, and equipment files
* Review production processes, identify opportunities for improvement, and implement design and manufacturing optimizations
* Develop creative solutions to complex engineering and production challenges using a variety of in-house technologies
* Work closely with R&D, Manufacturing, Quality, and other cross-functional teams to ensure product performance, quality, and on-time delivery.
* Take an active, hands-on role from design and prototyping through validation and production

A fast-growing international medical device company that develops and manufactures innovative medical equipment. We are looking for a Process Engineer to join our Manufacturing Engineering team.
Job Description:
The Process Engineer will lead engineering changes and qualify manufacturing processes - on our production floor and at our subcontractors in Israel and abroad - while providing hands-on technical support to production.
Lead engineering changes (ECOs) end-to-end, from definition and impact assessment, through implementation on the production floor, to formal closure.
Plan and execute process verification and validation activities, including IQ/OQ/PQ protocols and reports.
Lead process qualification at subcontractors in Israel and abroad, including new and replaced equipment and production lines.
Support injection molding activities: DFM reviews with the molder, mold qualification and evaluation of samples.
Provide hands-on engineering support to production and final test lines, and define jigs, fixtures and process parameters.
Conduct technical investigations and root cause analysis as part of the NCMR process, and drive corrective actions to closure.
Develop, improve and optimize manufacturing and assembly processes, based on production and yield data.
Work closely with Production, Quality, Regulatory, R&D and Purchasing, and manage internal and external stakeholders.
Direct Manager: Engineering Manager.

We are seeking an experienced Mechanical Design Engineer to develop airborne mechanical assemblies, structures, and avionics packaging, and to support projects from design reviews through manufacturing, integration, aircraft surveys, and on-site installation. Key Responsibilities
* Develop concepts, detailed designs, 3D models, 2D manufacturing drawings, BOMs, and technical specifications for airborne mechanical systems;
* Design metallic, sheet-metal, machined, and composite components with attention to weight, cost, reliability, and manufacturability;
* Prepare and present technical packages for PDR and CDR reviews;
* Coordinate mechanical interfaces with systems, stress, electrical, avionics, manufacturing, quality, test, and certification teams;
* Support prototype builds, qualification testing, aircraft integration, installation, troubleshooting, and design improvements;
* Manage engineering changes, drawing releases, configuration control, and product documentation throughout the development lifecycle; and
* Work with suppliers and production teams to resolve fabrication, assembly, and installation issues.

Join Euclid as an Electromechanical R&D Manager, where you will lead the development of cutting-edge electromechanical products. You will oversee research and development projects, ensuring that the team delivers innovative solutions that meet market demands and compliance standards.
Responsibilities:
Lead and manage the electromechanical R&D team to achieve project goals.
Develop and implement research strategies to enhance product innovation.
Coordinate with cross-functional teams to ensure product feasibility and compliance.
Oversee the design and testing of prototypes to validate product concepts.
Monitor project timelines and budgets to ensure on-time delivery.
Evaluate and integrate new technologies into product development processes.
Responsibilites
Lead end-to-end R&D projects, including technical definition, planning, risk management, milestones, and delivery.
Manage and mentor a multidisciplinary team of mechanical and electronics engineers.
Coordinate subcontractors and internal interfaces to ensure high-quality engineering outputs.
Maintain project visibility through reviews, workload management, and structured follow-up.
Support system engineering activities, including requirements, interfaces, and customer-related inputs.
Take a hands-on role in complex technical tasks and ensure smooth transfer to operations and documentation.

This Mechanical Systems Technician is responsible for ensuring the safe, reliable, and efficient operation of rotating and mechanical equipment across the facility. The successful candidate will support preventive and corrective maintenance activities, contribute to equipment integrity programs, and uphold high standards of safety and operational excellence.

Key Responsibilities

Maintenance & Technical Execution

Perform preventive, predictive, and corrective maintenance on rotating equipment such as Pumps, Compressors, Blowers, Engines, gearboxes, and related mechanical systems.

Troubleshoot mechanical issues using diagnostic tools, vibration analysis, and equipment history.

Support overhauls, breakdowns, and planned shutdown activities.

Ensure all work is performed according to engineering drawings, OEM (Original Equipment Manufacturer) manuals, and maintenance procedures.

Identify recurring mechanical problems and recommend long‑term solutions.

Safety & Compliance

Execute maintenance work in strict compliance with safety procedures MOC (Management of change), JRA (Job Risk Analyses), Control of Work, Start Work Checks.

Participate in toolbox talks and actively contribute to a safe working environment.

Maintain accurate records of inspections, repairs, and compliance checks.

Ensure proper hazardous energy isolation and safe work practices.

Project & Integrity Support

Assist with mechanical scopes of projects, upgrades.

Support asset integrity programs including vibration monitoring, lubrication management, and equipment condition assessment.

Participate in commissioning and start-up of new rotating equipment.

Collaborate with inspection teams on mechanical integrity and equipment health assessments.

Collaboration with Supply Chain

Identify required spare parts and support procurement of mechanical components and consumables.

Ensure proper storage and preservation of spare parts.

Assist with coordination of specialized vendors and third‑party maintenance services.

Maintenance Planning & CMMS

Provide feedback to planners and CMMS (Computerized Maintenance Management System) superusers for scheduling improvement.

Update CMMS with detailed work order information.

Support continuous improvement of job plans, procedures, and maintenance strategies.

Ensure maintenance frequencies follow regulatory, and reliability best practices.

Team Contribution & Performance

Collaborate effectively with technicians, engineers, and operations staff.

Support reliability initiatives and root cause failure analysis (RCFA).

Maintain strong preventive maintenance discipline to minimize unplanned shutdowns.